VAST STOCK CO., LIMITED Datasheets for Supervisory Circuits and Battery Monitor Chips

Supervisory circuits and battery monitor chips are semiconductor devices that detect and monitor voltage levels in power supplies, microprocessors, and other systems.
Supervisory Circuits and Battery Monitor Chips: Learn more

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Product Name Notes
Battery Management 5.8V OVP LiFePO4 BC SNG cell,3.6V Regula
Battery Management Battery Cell Controller, Advanced, 14 Channels, SPI, LQFP64, reel
Battery Management Battery Cell Controller, Advanced, 14 Channels, TPL, LQFP64, reel
Battery Management Battery Cell Controller, Premium, 14 Channels, TPL, LQFP64, reel
Battery Management Battery Cell Controller, Premium, 8 Channels, SPI, LQFP64, reel
Battery Management Battery Managment IC, 4 channels, SPI communication, Advanced, LQFP 48
Battery Management Battery Managment IC, 4 channels, SPI communication, Premium, LQFP 48
Battery Management Battery Managment IC, 6 channels, TPL communication, Advanced, LQFP 48
Battery Management OVP BATTERY CHARGER DUAL CELL
Battery Management Single cell OVP battery Charger
Battery Management Single cell, 6.5V OVP LiFePO4 battery charger, 3.6V regulation
Supervisory Circuits 1uA Sup P-P Act Low
Supervisory Circuits 1uA Sup Push-Pull Act Low
Supervisory Circuits 2.65V UnderVoltage Sensing Circuit
Supervisory Circuits 4.27V UnderVoltage Sensing Circuit
Supervisory Circuits 4.59V UnderVoltage Sensing Circuit
Supervisory Circuits Act low OD Act high P-P
Supervisory Circuits Act low P-P Act high P-P
Supervisory Circuits Active high P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 3.1V)
Supervisory Circuits Active high P-P, WDI, MR (WDI = 6.3ms, reset delay = 1.6ms, Vtrpd - 3.1V)
Supervisory Circuits Active high P-P
Supervisory Circuits ACTIVE LO OPEN DRAIN W/INT 4.7K PULL UP
Supervisory Circuits ACTIVE LO OPEN-DRAIN WDI
Supervisory Circuits ACTIVE LO/HI O-D P-P WDI
Supervisory Circuits ACTIVE LO/HI O-D PP
Supervisory Circuits Active low OD
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 102ms, reset delay = 1.6ms, Vtrpd - 4.3V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 102ms, reset delay = 30ms, Vtrpd - 2.9V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 1600ms, reset delay = 1.6ms, Vtrpd - 2.9V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 1600ms, reset delay = 1600ms, Vtrpd - 2.0V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.0V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 1600ms, reset delay = 200ms, Vtrpd - 3.0V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 1600ms, reset delay = 200ms, Vtrpd - 3.1V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 1600ms, reset delay = 30ms, Vtrpd - 2.6V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 25600ms, reset delay = 1.6ms, Vtrpd - 2.9V)
Supervisory Circuits Active low Open-drain + Active high P-P, WDI (WDI = 6.3ms, reset delay = 1.6ms, Vtrpd - 2.9V)
Supervisory Circuits Active low Open-drain + Active High-PP, MR(Reset delay = 1.6ms, Vtrpd - 2.9V)
Supervisory Circuits Active low Open-drain + Active High-PP, MR(Reset delay = 200ms, Vtrpd - 2.7V)
Supervisory Circuits Active low Open-drain + Active High-PP, MR(Reset delay = 30ms, Vtrpd - 3.1V)
Supervisory Circuits Active low Open-Drain with Internal 4.7k Pull-up, WDI, MR (WDI = 1600ms, reset delay = 1.6ms, Vtrpd -2.6V)
Supervisory Circuits Active low Open-Drain with Internal 4.7k Pull-up, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.0V)
Supervisory Circuits Active low Open-Drain with Internal 4.7k Pull-up, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.3V)
Supervisory Circuits Active low Open-Drain with Internal 4.7k Pull-up, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd -3.1V)
Supervisory Circuits Active low Open-Drain with Internal 4.7k Pull-up, WDI, MR (WDI = 1600ms, reset delay = 30ms, Vtrpd -4.5V)
Supervisory Circuits Active low Open-Drain with Internal 4.7k Pull-up, WDI, MR (WDI = 25600ms, reset delay = 1600ms, Vtrpd - 2.0V)
Supervisory Circuits Active low Open-drain with internal 4.7k pullup + Active high P-P, MR (Reset delay = 1600ms, Vtrpd - 2.4V)
Supervisory Circuits Active low Open-drain with internal 4.7k pullup + Active high P-P, MR (Reset delay = 1600ms, Vtrpd - 4.7V)
Supervisory Circuits Active low Open-drain with internal 4.7k pullup + Active high P-P, MR (Reset delay = 200ms, Vtrpd - 2.8V)
Supervisory Circuits Active low Open-drain with internal 4.7k pullup + Active high P-P, MR (Reset delay = 30ms, Vtrpd - 2.6V)
Supervisory Circuits Active low Open-drain with internal 4.7k pullup + Active high P-P, MR (Reset delay = 30ms, Vtrpd - 3.0V)
Supervisory Circuits Active low Open-drain with internal 4.7k pullup+ Active-high P-P, WDI (WDI =25600ms, reset delay = 200ms, Vtrpd - 4.6V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 102ms, reset delay = 1.6ms, Vtrpd - 3.0V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 102ms, reset delay = 1.6ms, Vtrpd - 4.6V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 102ms, reset delay = 200ms, Vtrpd - 3.1V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 102ms, reset delay = 30ms, Vtrpd - 3.0V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.5V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 3.0V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 3.1V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 4.1V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 1600ms, reset delay = 30ms, Vtrpd - 2.9V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 25600ms, reset delay = 1600ms, Vtrpd - 2.9V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 25600ms, reset delay = 200ms, Vtrpd - 2.7V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 25600ms, reset delay = 30ms, Vtrpd - 1.9V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 6.3ms, reset delay = 200ms, Vtrpd - 4.2V)
Supervisory Circuits Active low Open-drain, WDI, MR (WDI = 6.3ms, reset delay = 30ms, Vtrpd - 4.2V)
Supervisory Circuits Active low P-P + Active high P-P, MR(Reset delay = 1.6ms, Vtrpd - 4.4V)
Supervisory Circuits Active low P-P + Active high P-P, MR(Reset delay = 200ms, Vtrpd - 2.8V)
Supervisory Circuits Active low P-P + Active high P-P, MR(Reset delay = 200ms, Vtrpd - 2.9V)
Supervisory Circuits ACTIVE LOW P-P WDI
Supervisory Circuits Active low P-P, WDI, MR (WDI = 102ms, reset delay = 200ms, Vtrpd - 4.6V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 102ms, reset delay = 30ms, Vtrpd - 3.0V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 102ms, reset delay = 30ms, Vtrpd - 4.7V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 1.6ms, Vtrpd - 3.0V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 1.6ms, Vtrpd - 4.6V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.0V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.3V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.6V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 2.7V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 3.1V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 3.2V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 1600ms, reset delay = 200ms, Vtrpd - 4.4V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 25600ms, reset delay = 200ms, Vtrpd - 2.5V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 6.3ms, reset delay = 1600ms, Vtrpd - 4.4V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 6.3ms, reset delay = 200ms, Vtrpd - 2.6V)
Supervisory Circuits Active low P-P, WDI, MR (WDI = 6.3ms, reset delay = 200ms, Vtrpd - 4.4V)
Supervisory Circuits Active low P-P
Supervisory Circuits ACTIVE LOW/HIGH P-P WDI
Supervisory Circuits ANA UNDER 5V SENSE CRKT
Supervisory Circuits Open Drain Low
Supervisory Circuits Open Drain
Supervisory Circuits Push-Pull High
Supervisory Circuits Push-Pull Low
Supervisory Circuits Universal Voltage Monitor
Supervisory Circuits w/5K Pull-Up Low
Supervisory Circuits WDI Active Lo P-P Active HI P-P
Supervisory Circuits

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